SceneTeller
SceneTeller generates custom 3D indoor scenes from text prompts enhancing creativity for designers developers and hobbyists with easy adjustments and CAD model integration
English
English
SceneTeller is an innovative 3D scene generation platform that utilizes the latest generative artificial intelligence technology to allow users to design indoor 3D scenes through natural language descriptions. This technology greatly lowers the technical threshold of 3D design, allowing non-professional users to easily create personalized 3D spaces. The main advantages of the product include ease of use, high efficiency and creative freedom.
Demand population:
"The target audience includes interior designers, game developers, 3D modeling enthusiasts, and anyone who wants to create 3D interior scenes quickly. SceneTeller simplifies the design process so that these users can focus on creative expression without deep learning of complex 3D modeling software."
Example of usage scenarios:
Designers use SceneTeller to quickly generate the interior design sketches that customers need.
Game developers use the platform to design unique 3D environments for new games.
3D modeling enthusiasts realize personalized home design ideas through SceneTeller .
Product Features:
Generate 3D scene layout based on natural language prompts.
Stylize the scene using 3D Gaussian scattering notation.
Allows the user to change the appearance of a scene or individual object through text prompts.
Supports learning in context to improve the accuracy of scene generation.
Provides CAD model retrieval function to enrich scene design elements.
Render the final scene image to meet the needs of different application scenarios.
Tutorials for use:
1. Visit the SceneTeller website and register an account.
2. Use natural language to describe the 3D scene you want to create, including the placement and style of objects.
3. The system generates a preliminary 3D scene layout based on the description.
4. Adjust specific properties of the scene or object through text prompts, such as color, style, etc.
5. Use the CAD model search function to add more design elements.
6. Use 3D Gaussian scattering technology to stylize the scene.
7. Render and export the final 3D scene image.
